subtypes

简明释义

英[ˈsʌbtaɪps]美[ˈsʌbtaɪps]

n. [计]子类型；图表类型（subtype 的复数）

英英释义

单词用法

同义词

反义词

例句

1.The hierarchy displays the subtypes for the selected element.

层次结构将显示所选元素的子类型。

2.Only viruses of the H5 and H7 subtypes are known to cause the highly pathogenic form of the disease.

据知，只有H5和H7亚型病毒可引起高致病性禽流感。

3.There are two subtypes of Dynamic MBeans for special purposes, shown in Table 2

有两种用于特殊用途的动态MBeans子类型，如表2 所示

4.Therefore, pandemic planning should consider risks of emergence of a variety of influenza subtypes from a variety of sources.

因此，制定大流行计划时必须考虑多种来源、多种流感病毒亚型出现的风险。

5.To date, most human cases of avian influenza have been caused by viruses of the H5 and H7 subtypes.

到目前为止，大多数禽流感人间病例是由H5和H7亚型病毒造成。

6.A structured type can have subtypes, other structured types that reuse all of its attributes and contain their own specific attributes.

结构化类型可以包含子类型，以及重用其所有属性并包含自己的特定属性的其他结构化类型。

7.The modularity of rule types and subtypes enables a business policy to be expressed as both structural business rules and behavioral business rules.

规则类型和子类型的模块化可以使一个业务策略通过结构化业务规则和行为业务规则表达。

8.There are several subtypes of cancer, each requiring different treatment approaches.

癌症有几种不同的亚型，每种需要不同的治疗方法。

9.In biology, researchers often categorize species into various subtypes based on their genetic traits.

在生物学中，研究人员常常根据遗传特征将物种分类为不同的亚型。

10.The software can identify different subtypes of malware to enhance security measures.

该软件可以识别不同的亚型恶意软件，以增强安全措施。

11.Understanding the subtypes of a disease can help in developing targeted therapies.

了解一种疾病的亚型可以帮助开发针对性的治疗方法。

12.The study focused on the subtypes of depression and their varying symptoms.

这项研究集中于抑郁症的亚型及其不同的症状。

作文

In the world of science and research, understanding the concept of subtypes is crucial for accurate classification and analysis. Subtypes refer to specific categories within a broader classification that share certain characteristics but differ in others. This differentiation is particularly important in fields such as biology, medicine, and psychology, where precise distinctions can lead to better treatment options and more effective interventions. For example, in the study of infectious diseases, researchers often identify various subtypes of a virus, each with unique properties and responses to treatments. By recognizing these subtypes, healthcare professionals can tailor their approaches to combat each variant effectively. Moreover, in the realm of psychology, understanding the subtypes of mental disorders can significantly enhance the effectiveness of therapeutic practices. Disorders like depression may present themselves in various subtypes, such as major depressive disorder or persistent depressive disorder, each requiring different therapeutic strategies. Recognizing these subtypes allows psychologists to provide more personalized care, ultimately leading to better outcomes for patients. In addition to health sciences, the concept of subtypes extends to other areas, including marketing and consumer behavior. Businesses often categorize their target audiences into subtypes based on demographics, purchasing behavior, and preferences. Understanding these subtypes enables companies to create tailored marketing strategies that resonate with specific groups, increasing the likelihood of successful engagement. Furthermore, the identification of subtypes is not limited to human studies. In ecology, different subtypes of species can exist within the same habitat, each playing a unique role in the ecosystem. By studying these subtypes, ecologists can gain insights into biodiversity and the importance of conservation efforts. For instance, recognizing the subtypes of pollinators can help in understanding their specific needs and the threats they face, guiding effective conservation strategies. The importance of subtypes also emerges in technology, particularly in software development. Different subtypes of programming languages serve various purposes and functionalities. For example, high-level languages like Python are designed for ease of use and readability, while low-level languages like C offer more control over hardware. Understanding these subtypes helps developers choose the right tools for their projects, enhancing efficiency and effectiveness. In conclusion, the concept of subtypes is fundamental across various fields of study and practice. Whether in health, psychology, ecology, or technology, recognizing and understanding subtypes allows for more nuanced approaches and solutions. As we continue to explore and analyze the complexities of our world, the significance of subtypes will only grow, emphasizing the need for precision in classification and intervention strategies. By embracing the diversity represented by subtypes, we can foster innovation and improve outcomes in numerous domains.

在科学和研究的世界中，理解subtypes的概念对于准确分类和分析至关重要。subtypes指的是更广泛分类中的特定类别，它们共享某些特征，但在其他方面有所不同。这种区分在生物学、医学和心理学等领域尤为重要，因为精确的区别可以导致更好的治疗选择和更有效的干预措施。例如，在传染病研究中，研究人员通常会识别出某种病毒的各种subtypes，每种都有独特的特性和对治疗的反应。通过识别这些subtypes，医疗专业人员能够量身定制他们的应对措施，有效对抗每种变体。 此外，在心理学领域，理解心理障碍的subtypes可以显著增强治疗实践的有效性。抑郁症等障碍可能以各种subtypes呈现，例如重性抑郁障碍或持续性抑郁障碍，每种都需要不同的治疗策略。识别这些subtypes使心理学家能够提供更个性化的护理，最终导致患者更好的结果。 除了健康科学之外，subtypes的概念还扩展到其他领域，包括市场营销和消费者行为。企业通常根据人口统计、购买行为和偏好将目标受众分类为不同的subtypes。理解这些subtypes使公司能够创建与特定群体产生共鸣的量身定制的营销策略，从而增加成功参与的可能性。 此外，subtypes的识别不仅限于人类研究。在生态学中，同一栖息地内可能存在不同的物种subtypes，每种在生态系统中扮演着独特的角色。通过研究这些subtypes，生态学家可以深入了解生物多样性及其保护工作的意义。例如，识别授粉者的subtypes可以帮助我们了解它们的特定需求及面临的威胁，从而指导有效的保护策略。 subtypes的重要性在技术领域也有所体现，特别是在软件开发中。不同的编程语言subtypes用于不同的目的和功能。例如，高级语言如Python旨在易于使用和可读，而低级语言如C则提供对硬件的更多控制。理解这些subtypes有助于开发人员为他们的项目选择合适的工具，提高效率和效果。 总之，subtypes的概念在各个研究和实践领域都是基础。无论是在健康、心理学、生态学还是技术领域，认识和理解subtypes都能实现更细致的处理和解决方案。随着我们继续探索和分析我们世界的复杂性，subtypes的重要性只会增加，强调了分类和干预策略中精确性的必要性。通过拥抱subtypes所代表的多样性，我们可以促进创新并改善多个领域的结果。